Konica Minolta Sonimage HS2 Ultrasound

Konica Minolta Sonimage HS2 Ultrasound

Konica Minolta Sonimage HS2 Ultrasound is a portable Point-of-Care system designed to charge a wide range of applications and types of patients. The technological functions used by Konica Minolta offer a high quality image resolution and a flux of traffic efficiency for the patient’s clinical practice.

Features

Sonimage HS2 is Konica Minolta’s Premium Portable Ultrasound designed to meet the requirements for a wide range of applications and clinical environments. The system delivers Premium Performance and an Intuitive Workflow. Perfect for use in Point of Care (POC) and Musculoskeletal (MSK).

Features

Vascular NAVI – automated optimisation of Doppler steering, gate size, PRF, angle correction for simple error free vascular evaluation
SNV – needle tip enhancement for greater precision and control during both in plane and out of plane needle guidance
Voice response – control of machine using voice commands
Panoramic display – real time extension of the field of view for capture and display of larger structures

Advanced Technology

Unique Nanofabrication Technology, combines both material and machining expertise, to produce broad frequency linear probe “L18-4”. It offers both high sensitivity as well as greater penetration.

Simple Needle Visualization

Unlike conventional beam-steering technology, SONIMAGE HS2 incorporates an algorithm that utilizes two techniques—in-plane and out-plane—to improve needle visualization; this is especially important in steep angle approaches. The result is depiction of the needle tip that eliminates the need to position the ultrasound probe perpendicular to the needle, which is not always attainable due to patient positioning requirements or demanding clinical environments. The resulting needle conspicuity helps enable effective procedures.

T2HI (Traid Tissue Harmonic Imaging)
Dual Sonic Technology

By combining T2HI and Dual Sonic, high quality THI signal is formed around the center of ultrasound beam in receiving area. As a result, it suppresses the acoustic noise and ensure the optimum image from deep to superficial structure.

Specifications